04.10.2015 Views

btec-national-sport-level-3-sample-pages-9781444111989.pdf

btec-national-sport-level-3-sample-pages-9781444111989.pdf

btec-national-sport-level-3-sample-pages-9781444111989.pdf

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Sport&ExercisePhysiology<br />

Student activity 2.2 60–90 mins P2 M1 D1<br />

Task 1<br />

Draw a spider diagram that illustrates the initial<br />

responses of the neuromuscular system and energy<br />

systems to exercise.<br />

Task 2<br />

Write a report that describes, explains and analyses<br />

the initial responses of the neuromuscular system<br />

to exercise.<br />

Task 3<br />

Write a report that describes, explains and analyses<br />

the initial responses of the energy systems to<br />

exercise.<br />

Q Quick quiz 1<br />

Choose the appropriate term from the following list to answer the questions below:<br />

• Adrenaline<br />

• Synovial fluid<br />

• Pulmonary ventilation<br />

• 12<br />

• Electric current<br />

• Micro-tears<br />

• 120/80<br />

• Valsalva manoeuvre<br />

• Tidal volume<br />

• Skeletal muscle.<br />

1. This is the average number of breaths in and out for a person at rest.<br />

2. This hormone is released before exercise to increase the heart rate.<br />

3. A nerve impulse is an ________?<br />

4. This is the technical term for breaths per minute.<br />

5. This is released into the joints during a warm-up to help increase their range of movement.<br />

6. This is an adult’s average resting blood pressure.<br />

7. The amount of air breathed in and out in one breath.<br />

8. This is performed to help to stabilise the shoulder girdle and torso.<br />

9. These occur in muscle tissue during resistance exercises.<br />

10. Blood is directed here during exercise.<br />

2.3 HowtheBodyRespondsto<br />

Steady-stateExercise<br />

P3 <br />

P4 <br />

M2 <br />

D2<br />

Once we have been performing continuous exercise<br />

for a period of around 20 minutes, our body reaches<br />

a ‘steady state’. Continuous exercise includes all<br />

forms of exercise that have no stopping periods,<br />

such as jogging, swimming or cycling. Examples of<br />

non-continuous exercise would be weightlifting,<br />

interval training and boxing.<br />

Keyterm<br />

Steady state: when the body is working at a steady<br />

state it means that lactic acid removal is occurring<br />

at the same pace as lactic acid production.<br />

39<br />

BTEC National for Sport and Exercise Sciences uncorrected first proofs issued by marketing 9/7/2013. This material is © Hodder Education 2013 and should not be redistributed.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!